PWSOLAR Launches Large-Scale Production of 750W Monocrystalline Solar Modules — Leading the High-Efficiency Era
March 6, 2026 | PWSOLAR Official Announcement

| 750W Peak Power Output | 24.14% Max Module Efficiency | -0.34%/°C Temperature Coefficient (Pmax) | 30 Years Linear Power Warranty |
On March 6, 2026, PWSOLAR officially announced that its high-efficiency monocrystalline solar cell modules with a peak power of 750 watts have entered mass production. This milestone breakthrough marks PWSOLAR's leadership in advanced photovoltaic technology and injects strong momentum into the global clean energy upgrade — effectively accelerating solar power's share in the global energy mix.
1. Core Technology: N-Type TOPCon at Its Peak
The 750W module is powered by advanced N-type TOPCon technology, achieving a qualitative leap in photoelectric conversion efficiency. By preparing an ultra-thin tunneling oxide layer and doped polycrystalline silicon layer on the battery back, carrier recombination loss is effectively reduced — maximizing open circuit voltage and fill factor.
| Parameter | 750W TOPCon (PWSOLAR) | Industry Average (P-Type) |
| Module Efficiency | 23.5% – 24.14% | ~20–21% |
| Temperature Coefficient | -0.34%/°C | -0.40%/°C |
| Wind Load Resistance | 2.4 kPa | ~2.0 kPa |
| Product Warranty | 12 years (≥90%) + 30-year linear | 10 years / 25-year linear |
2. Application Advantages: From Utility Scale to Distributed Rooftop
Large ground-mounted power plants: Fewer modules needed for the same installed capacity — reducing brackets, cables, and inverter costs. Shorter installation time means faster grid connection and earlier ROI.
Distributed / commercial rooftops: High power density maximizes limited roof area. Bifacial design captures reflected light from the ground and surroundings, boosting total energy yield significantly.
High-temperature regions: Lower temperature coefficient (-0.34%/°C vs. industry avg -0.40%/°C) means less power loss in tropical and subtropical climates — ideal for projects in Africa, the Middle East, and Southeast Asia.
3. Structural & Reliability Highlights
- Double-sided bifacial design for enhanced rear-side energy generation
- 2.0mm high-strength frame — resists 2.4 kPa wind load and 5.4 kPa snow load
- High-transparency suede tempered glass — maximizes light transmission, minimizes reflection
- Sealed, waterproof multi-function junction box with bypass diodes to prevent hot spot damage
"The large-scale production of PWSOLAR's 750W modules will further intensify competition in the PV industry and promote overall development towards high efficiency and intelligence — bringing more choices to the global photovoltaic market and accelerating the adoption of clean energy worldwide."
— Industry Expert Commentary, March 2026
Why Choose PWSOLAR?
Backed by years of R&D investment and global deployment experience
| 🏭 | Advanced Manufacturing N-type TOPCon production lines with strict quality control at every stage — from silicon ingot to finished module |
| 🌍 | 14+ Years of Global Export Experience Proven track record across Africa, Europe, Middle East, Southeast Asia, and Latin America |
| 📋 | International Certifications CE, IEC 61215, IEC 61730, UL certified — fully compliant for projects worldwide |
| 🔧 | Full Project Support From technical consultation and system design to on-site commissioning and after-sales O&M |
| ⚡ | Industry-Leading Warranty 12-year product warranty (≥90% power) + 30-year linear power guarantee (≥84.8%) |
Explore PWSOLAR's High-Efficiency Product Line
From utility-scale 730W+ to full black residential solutions — find the right module for your project
View Full PWSOLAR Product Catalog →
Ready to Upgrade Your Solar Project with 750W Technology?
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